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    • 51. 发明授权
    • Doctor blade, drying or sealing assembly
    • 刮刀,干燥或密封组装
    • US4185399A
    • 1980-01-29
    • US947436
    • 1978-10-02
    • Herbert E. Gladish
    • Herbert E. Gladish
    • D21F5/04D21G3/00F26B11/02
    • D21F5/042D21G3/00D21G3/005
    • The described apparatus has utility as a doctor on a paper machine, as a drying element in an aircap dryer and as a sealing element in such a dryer. It involves a foot portion having an outer surface generally conforming to the curvature of the cylinder surface on which it is used. It is resiliently supported in close juxtaposition to the cylinder surface so that a gap diminishing in thickness towards one longitudinal edge of the foot portion is provided. At least two rows of nozzles communicate through the foot portion in order to project pressurized air into the gap. Each nozzle is angled relative to three orthogonal planes, one of which is tangent to the cylinder surface at the point where the nozzle axis meets the surface, another of which is parallel to the longitudinal edge of the foot portion. The flow from the nozzles is such as to support the foot portion and to seal the support flow from any disorganized flows. The jetting air will tend to aid in doctoring a paper sheet from the cylinder surface or to dry a paper sheet passing thereunder or to seal an opening from the passage of air therethrough if the opening is defined by a cylindrical surface.
    • 所描述的装置在造纸机上作为医生使用,作为空气干燥器中的干燥元件和这种干燥器中的密封元件。 它涉及一个足部,其外表面大体上与其所使用的气缸表面的曲率一致。 它被弹性地支撑在与气缸表面紧密并置的位置,从而提供朝向脚部的一个纵向边缘的厚度减小的间隙。 至少两排喷嘴通过脚部连通,以便将加压空气投射到间隙中。 每个喷嘴相对于三个正交平面成角度,其中一个垂直平面在喷嘴轴线与表面相接的点处与圆柱体表面相切,另一个平行于底部部分的纵向边缘。 来自喷嘴的流动是为了支撑脚部并且密封来自任何混乱流动的支撑流。 如果开口由圆柱形表面限定,喷射空气将有助于从圆筒表面刮去纸片或干燥通过其的纸片,或者将空气通过的开口密封在其中。
    • 53. 发明授权
    • Papermaking system including a flexible ceramic member having a pre-loaded tensile force applying means
    • 包括具有预加载拉伸强度的柔性陶瓷构件的造纸系统
    • US3871953A
    • 1975-03-18
    • US45567874
    • 1974-03-28
    • LEE CHARLES AHUNT ROBERT F
    • LEE CHARLES AHUNT ROBERT F
    • B28B23/22B32B18/00C04B35/111C04B35/63D21F1/48D21F1/52D21G3/00
    • C04B35/111B28B23/22C04B35/63D21F1/483D21F1/523D21G3/00D21G3/005
    • A system for use in papermaking including at least two members one of which is movable relative to the other and in frictional engagement therewith wherein at least one of the members comprises an elongated flexible composite including a plurality of ceramic segments, each segment having at least two opposite surfaces that are flat and parallel. The segments are aligned in stacked relationship with their flat faces in abutting face-toface relation and forced toward each other in the direction of their composite length with a force which is sufficient to maintain the segments in compression when subjected to conditions of thermal change and/or flexing of the member during use. The ceramic member is provided with a smooth elongated working surface which defines an area of contact between the members of the system. Systems including a papermaking foil or suction device in a papermaking process, or a doctor blade are disclosed. A method for making the ceramic member is disclosed.
    • 一种用于造纸的系统,包括至少两个构件,其中一个构件可相对于另一构件移动并且与其摩擦接合,其中至少一个构件包括包括多个陶瓷段的细长柔性复合材料,每个段具有至少两个 平面和平行的相对表面。 这些段与它们的平坦表面以邻接的面对面关系的堆叠关系对准,并且在其复合长度方向上被迫朝向彼此的方向,该力足以在受到热变化条件时保持段压缩 和/或使用期间构件的弯曲。 陶瓷构件设置有平滑细长的工作表面,其限定系统的构件之间的接触区域。 公开了一种在造纸工艺中包括造纸箔或抽吸装置的系统或刮刀。 公开了制造陶瓷构件的方法。
    • 55. 发明授权
    • Oscillating doctor-blade mechanism
    • 振荡器刀片机械
    • US3750228A
    • 1973-08-07
    • US3750228D
    • 1970-06-18
    • ESSCO INC GREEN BAY
    • WAKE H
    • D21G3/00
    • D21G3/005
    • Disclosed herein is a fluid actuated device for oscillating a doctor blade specially adapted for paper mills, said device having a pair of inflatable members each having one side secured to a fixed plate and the other side secured to a movable plate supported between the fixed members and a water control system to alternately inflate the inflated members to move the movable plate relative to the fixed plates, the motion of the movable plate being transmitted to the doctor blade to be oscillated. Control is effected by a variable exhaust line restriction and a solenoid valve actuated by a remote pulse forming timer capable of actuating many such devices without modification.
    • 本文公开了一种用于振动专门用于造纸厂的刮刀的流体致动装置,所述装置具有一对可充气构件,每个可膨胀构件的一侧固定到固定板,另一侧固定到支撑在固定构件和 水控制系统,用于交替地使膨胀的构件膨胀以相对于固定板移动可移动板,可移动板的运动被传递到刮刀以便摆动。 通过可变排气管线限制和由远程脉冲形成定时器致动的电磁阀实现控制,其能够在不修改的情况下致动许多这样的装置。